How Does a Stop and Waste Valve Work?
When you are living in the coldest region, things are a bit different. Due to the coldness of your area, the water can get freeze into the pipe and end up bursting the entire pipelines. That’s really a disastrous thing. In order to prevent this type of situation, most of the water lines are found to be installed with stop-and-valve fitting. You might have also got one for your home, but do you know how does a stop and waste valve work? Have you ever wondered what these things are? Well, this article is crafted with all of these answers. So, if you are really willing to know about the stop-and-waste valve, then you have landed on the right place.
How Does a Stop and Waste Valve Work?
It is generally known as the main sprinkler shutoff. Nearly it goes around 4-5 feet inside of the ground by keeping the T-bar outside. This T-bar is used for turning it off. Some of the high-quality brands are available with automatic fixtures that don’t require any manual setups. In order to turn off and on, this stop-and-waste valve uses a meter key. When you set it to of this essential tool will drain the water automatically from the line. And that’s how it keeps the pipeline protected during the winter season. As the water drains down, it eliminates all the possibilities that can lead the pipes to burst.
It will extend the life of your plumbing system to the fullest, but like other equipment, a stop-and-waste valve will fail at the end. Thus, the chances of burst will increase once again. If the water can’t drain away properly, the pipes will become frozen, and the pressure will make the pipe burst out. That’s why you should learn how to replace them.
Commonly, a high-quality stop-and-valve can survive around 20 to 30 years. They can survive more than that time, and it is found most often. But as the water flows steadily inside of the pipe can lead its parts to erosion. This may cause the T-bar to break down. If this happens, you will notice that the flow of water has increased significantly. In some rare cases, the valve inside of the device can also be worn out. There is abundant reason for which can damage the stop-and-waste tool. No matters what the reason is, you need to act quickly to solve them out. As I have said, you will get everything in this article. So, let’s see how to install a stop-and-waste valve.
How to Install a Stop-and-waste Valve?
When you attempt to install a stop-and-waste valve, you have to first dig a hole down to your main water line from where the water comes from the city. If you call any sprinkler technician, they will also start with this process. If your house has older lines, things are a bit different for those lines. It is because they were usually made of galvanized steel. The copper lines that are used nowadays were made in the 70s and 80s. At present, every new home has these copper pipelines.
This is usually mainline from where water enters your property. Anyway, you have to now cut into that mainline. The placement of this sprinkler is usually set right at the foundation of the house.
Okay, once you have found that location, you have to make the attachment with a compression T, which should be run in a perpendicular direction. The water flows that flow from your yard enters through the stop-and-waste valve.
Why Is It Called a “stop and Waste Valve”?
It is pretty easy. When the tap is shut off, it “stops” the water flow through the pipe. When the valve is off, a hole at the base of the valve is released that permits water to flow between stop and waste and natural valves of the sprinkler and thereby “waste” the stream. This ‘waste’ greatly reduces the possibility, at least in the main sprinkler line. This saves the pipes from getting frozen or destroyed during winter. The device can be pumped out by an air compressor to ensure that all the water is extracted from all the pipes.
Have you understood how does a stop and waste valve work? Or you are still confused. Hopefully, the above discussion has cleared all of them. If you have any questions, you can ask me through the comment section below.